Match the following based on the problem below: 2Cag(PO2 + 6SIO2 + 10C 6CASIO3 + P+ 10CO If you start with 100 groms of calcium phosphate [Ca (PO) and assuming excess silicon dioxide, (SiO,) and carbon, how many moles of phosphorous will be produced? EQUATION TO USE [Choose] [Choose ) GIVEN COMPOUND MOLES TO MOLES WANTED COMPOUND 310.18 g COEFFICIENT OF GIVEN MASS TO MASS COEFFICIENT OF WANTED 1 CasiO3
Match the following based on the problem below: 2Cag(PO2 + 6SIO2 + 10C 6CASIO3 + P+ 10CO If you start with 100 groms of calcium phosphate [Ca (PO) and assuming excess silicon dioxide, (SiO,) and carbon, how many moles of phosphorous will be produced? EQUATION TO USE [Choose] [Choose ) GIVEN COMPOUND MOLES TO MOLES WANTED COMPOUND 310.18 g COEFFICIENT OF GIVEN MASS TO MASS COEFFICIENT OF WANTED 1 CasiO3
Chemistry
10th Edition
ISBN:9781305957404
Author:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste
Publisher:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste
Chapter1: Chemical Foundations
Section: Chapter Questions
Problem 1RQ: Define and explain the differences between the following terms. a. law and theory b. theory and...
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i need the answer for all of them the options are listed there
![Match the following based on the problem below:
2Cag(POal2+ 6SIO2 + 10C 6CASIO3 + Pa + 10CO
If you start with 100 groms of calcium phosphate [Ca (PO] and assuming excess silicon dioxide,
(SiO,) and carbon, how many moles of phosphorous wil be produced?
EQUATION TO USE
[Choose)
[Choose]
GIVEN COMPOUND
MOLES TO MOLES
WANTED COMPOUND
310.18 g
COEFFICIENT OF GIVEN
MASS TO MASS
COEFFICIENT OF WANTED
CaSiO3
MOLECULAR MASS OF GIVEN
285.63g
Question 2
MOLES TO MASS
CO
Match the foll](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Fdada8ac4-2028-4fbc-abdf-f3796f427f6f%2Fecebf0cc-e956-4e60-a939-2adb4d0b7d42%2Fxzktu4e_processed.jpeg&w=3840&q=75)
Transcribed Image Text:Match the following based on the problem below:
2Cag(POal2+ 6SIO2 + 10C 6CASIO3 + Pa + 10CO
If you start with 100 groms of calcium phosphate [Ca (PO] and assuming excess silicon dioxide,
(SiO,) and carbon, how many moles of phosphorous wil be produced?
EQUATION TO USE
[Choose)
[Choose]
GIVEN COMPOUND
MOLES TO MOLES
WANTED COMPOUND
310.18 g
COEFFICIENT OF GIVEN
MASS TO MASS
COEFFICIENT OF WANTED
CaSiO3
MOLECULAR MASS OF GIVEN
285.63g
Question 2
MOLES TO MASS
CO
Match the foll
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